AC Compressor

How the AC compressor works

The AC compressor is one of the important AC components, because in this section there are suction and exhaust channels that affect the temperature of the room that uses the AC. In order for the AC compressor to work optimally, make sure to use an AC compressor that is suitable for the AC being used. You can use secop ac compressors, suniso ac compressors, value ac compressors, tecumseh ac compressors, kulthorn ac compressors, emerson copeland ac compressors, danfoss ac compressors, copeland scroll ac compressors, copeland ac compressors, daikin ac compressors, lg ac compressors, compressors Panasonic AC to be your compressor of choice.

In the process of working, the AC compressor has 3 working steps, namely:

1. First Step

At the initial stage the AC compressor will pump refrigerant or freon from the condenser (outer unit) to the evaporator (indoor unit). Here, the refrigerant in the form of a cold liquid will absorb heat/heat from inside the room. The more heat is absorbed, the cold liquid will turn into hot steam and eventually flow to the AC compressor. The heat or heat will then be blown out of the room through the AC condenser pipe.

2. Second Step

The next way the compressor works after the refrigerant vapor returns to the outside / condenser, the AC compressor will suck the freon to be heated again into steam. The steam will then move to a cooler room and will lose its heat. That way, the steam that was hot will turn into a liquid form.

3. Third Step

When the freon is in liquid form and loses heat / heat, the compressor will send it back into the room to absorb heat. Then, the process or the first step will be repeated again, and so on until the desired air temperature is reached.

That's how an AC compressor works. In order for the AC compressor to work optimally, the following are important components that support the workings of the AC compressor, including:

1. Intake Valve: Intakes refrigerant gas into the piston/cylinder chamber.

2. Exhaust Valve (Exhaust): Removes gas from the piston chamber/cylinder.

3. Reservoir: As a reservoir for oil for lubrication.

4. Service Valve: Used to test compressors and repair systems.